Gaming Shoot-Out: 18 CPUs And APUs Under $200, Benchmarked

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[citation][nom]de5_Roy[/nom]i bet there are others like me who'd love to see some oc benches (fx4300, a10-5800k, fx 6300 and fx8320) against the i3 and sub $200 i5 cpus. since the apus and fx 6300 turned out to be decent gaming performers, i am hoping that the next sbm builds(like q4 2012 one) might have one or two as well.i've read your numerous(as in too many to count) claims of not being able to notice fps difference between i5 cpus and fx/apus in gaming. yet, mid-single digit fps difference due to motherboard choice gets you this worked up. i hope you're absolutely, absolutely, absolutely sure that your amd-bias isn't clouding your judgement. underlined the bit for future references.[/citation]

No De5_Roy, I just don't know how people can be spoon fed that a i3 is better than every AMD CPU to date. I started with the Motherboard issue, that Z77 board will inflate the i3's results over anything a B75 or H61 (the chips realistic chipset) can produce, we have done this before and have found that the general difference is 2-5FPS from mid to high end can be around 10FPS from a low end to high end board, that is the reason why you pay so much. If performance was the same then they wouldn't cost it. Also what possible reason is there not to use the Crosshair V formula Z update which every reviewer will tell you is the best undisputed AM3+ board available.

The 2500k SKU listing on Intels site is $225 why is it even listed? and this is largely irrelevent as we know the 3970X barely ever makes notable difference over a 3570K yet the LGA2011 is 2-3x the costing. That said it should not be a Sub $200 but CPU in general. Thereafter we need to look at the total value of setup. That ASRock A85 board has basically everything that $400 board has including 3 way xfire/sli support all at just over $100. AM3+ has tended to give a lot of features for a lower cost. When looking at intel B75 and H61 is a disaster, Z77 is expensive (like Z68 was) so why not a full spectrum review on build off's to price point and relative performance.

And just another for the road, a i3 is certainly far from better than any AMD CPU made, this is a perversion that some casual bystander is going overlook and end up with a i3 only to be hopelessly miserable with it.
 
G

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Why not APU vs. APU? Then APU with budgdet crossfire card vs. APU with budget card with software solution? If the A10 is "in the ballpark" with an unlimited GPU, how is it on it's own? Do we have to BUILD $500 systems OURSELVES to find out?
 

flyflinger

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Confirms my feelings about the Athlon II X4 Propus 635 budget system that I built in Q1 2010. It's received a GPU/memory upgrades over the ensuing years, but the basic system has been solid and haven't had the desire to upgrade the CPU. Kudos to AMD for the great bang for the buck kit.
 
http://www.bit-tech.net/hardware/2012/11/06/amd-fx-8350-review/6
http://www.anandtech.com/show/6396/the-vishera-review-amd-fx8350-fx8320-fx6300-and-fx4300-tested/5
http://www.techpowerup.com/reviews/AMD/FX-8350_Piledriver_Review/6.html
http://www.xbitlabs.com/articles/cpu/display/fx-8350-8320-6300-4300_6.html#sect0

I was just randomly looking at what others came up with and I would say the i3 and FX6300 are basically on par or thereabouts in gaming and on price the 6300 is $135 new out the box while the i3 is a whopping $130 out the box. The FX8320 and 8350 are generally ahead at $155 and $190. The A10 5800K is $120, I don't know where this i3 and lower cost nonsense comes from its expensive for a dual core that gets decimated by even the 4300/4170 in highly threaded apps and the kicker its a locked multiplier and really not fitting for anything more than a H61/B75 platform which I wouldn't even give my mother. A i5 most synthetics are showing i5s that cost more than the 8350 so the point is moot.

Lots of differing results, I am not going to blame the test suites, I am just going to say that results vary where setup methodology is different. AMD in general is less plug and play than Intel sometimes free performance tweaks exist in spending time on bios tweaking without overclocking, memory with AMD is also notoriously hard to shop around for as AMD responds to some memory different to others. These people need to be made aware of.
 

cleeve

Illustrious
Why not APU vs. APU? Then APU with budgdet crossfire card vs. APU with budget card with software solution? If the A10 is "in the ballpark" with an unlimited GPU, how is it on it's own? Do we have to BUILD $500 systems OURSELVES to find out?

We're testing CPUs for their suitability in a gaming rig.

As good as AMD's APUs are, they don't come close to a gaming rig with a $95 Radeon HD 7750, even in budget crossfire mode.

I've got an APU comparison in the queue, your answers will be there. It's a good all-rounder, but don't expect much as far as a dedicated high=res gaming machine.
 

cleeve

Illustrious


From what I can see, the jist of those results looks pretty much the same across the board.

A few individual titles have their own skews, but in general all of these results look incredibly consistent across all sites, actually.



AMD is fine plug and play. You can squeeze a bit more out of it if you tweak, but from a pure gaming perspective the FX is simply not as good as a Core i5. That's a fact that all of the data supports across as many websites as you want to look at. As for the i3, it delivers an out-of-box experience that the FX has to be overclocked to achieve IN GAMES. So what's the incentive for a gamer to have to overclock and use more power instead of simply not worrying about it for the same price?

As we mention, if gaming is only part of the picture, AMD is much more attractive, even better than Intel under $200 in many cases. But this is a gaming article, not a general purpose computing article. We cover that in other pieces. AMD has awesome highly-threaded budget processors like the FX-6000 and FX-8000 series for a more diverse focus.

But if you don't want us to focus on gaming because AMD doesn't look awesome, I can't do anything for you.

It's not my goal to make any company look awesome.

My goal is to test and report my findings.




 

basketcase87

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[citation][nom]ChilledLJ[/nom]Only 4 or 5 games tested? way too small a sample too draw any sort of conclusions[/citation]
No it's not. It's perfect if you want to draw a conclusion about those 4 or 5 games. If you want to draw a conclusion about a game that isn't included it doesn't matter if they tested 1000 games, you're still guessing.
 
[citation][nom]wh3resmycar[/nom]can't move my wallet without dota 2 numbers. just can't. but then again what's making AMD hard to swallow is the abysmal TDP ratings of their APUs. hopefully you guys can explicitly explain how an a8-5500 manages 65w while a a8-5600k pulls 100w with just a 300mhz difference?or with power constraints, what would be more effective? an ivy bridge celeron + 6670 or a6/a8 APU? apart from the usual load/idle, what about posting-in-a-forum-power-consumption? i would love to post my questions on the forums but i'm pretty sure the thread'll be just ravaged by fanboys or wouldn't get a pertinent answer.thanks!!![/citation]

TDP is not power consumption. The diffference in TDP is probably related to the much more less modest Turbo frequencies than merely the default frequencies.
 

shikamaru31789

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[citation][nom]cleeve[/nom]We're testing CPUs for their suitability in a gaming rig.As good as AMD's APUs are, they don't come close to a gaming rig with a $95 Radeon HD 7750, even in budget crossfire mode.I've got an APU comparison in the queue, your answers will be there. It's a good all-rounder, but don't expect much as far as a dedicated high=res gaming machine.[/citation]
I'm wondering what you think about the upcoming Richland APU's. I'm no tech expert so I'm just spitballing here. If the rumors I heard were true, the 6800K has what is essentially an integrated 7750, which means you could pair it with a discrete 7750 and get dual graphics. The CPU in the A10 5800K pulled off some pretty decent numbers in these tests, handling high-ultra settings with playable framerates and I assume that the 6800K will perform a bit better. So it seems to me that you should be able to make a good budget system with a 6800k paired with a discrete 7750 for dual graphics/Crossfire. I'd think that Crossfire 7750's would perform fairly well if you used RadeonPro to lessen the microstuttering. I'm not 100% sure where Crossfire 7750's fall in benchmarks, I'd think somewhere around a single 7850 1GB. So, would a Richland 6800k paired with a 7750 be a better buy than say a Phenom II X4 965 paired with a 7850 1GB? I assume going the APU way would be a bit cheaper, but going the Phenom way has the advantage of an AM3+ mobo which you can upgrade with an 8350 later on once games are even better optimized for more threads (if these recent rumors about next-gen consoles using 8 core AMD CPU's are true games optimized for 8 cores might come sooner rather than later). Is there similar room to upgrade with an APU, I haven't heard if Kaveri will use FM2 or a new socket?
 

mabsark

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[citation][nom]cleeve[/nom]We're testing CPUs for their suitability in a gaming rig.

As good as AMD's APUs are, they don't come close to a gaming rig with a $95 Radeon HD 7750, even in budget crossfire mode.

I've got an APU comparison in the queue, your answers will be there. It's a good all-rounder, but don't expect much as far as a dedicated high=res gaming machine.[/citation]

Could you test the lower end APUs as well as the top end ones? We've all seen plenty of A10-5800K reviews and know that it's the undisputed champion when it comes to integrated gaming. On the other hand, I've only come across a couple of benchmarks of the A4-5300 which basically just looked at 2 games using high settings.

It's possible to build an A4-5300 SFF PC for around $300 and you can even purchase a pre-built SFF Gateway SX2380-UR308 (with 4GB RAM, 1 TB HD, and Windows 8) for $350. I think it would very interesting to see how such a system compares to the current gen consoles.
 
[citation][nom]sarinaide[/nom]No De5_Roy, I just don't know how people can be spoon fed that a i3 is better than every AMD CPU to date. I started with the Motherboard issue, that Z77 board will inflate the i3's results over anything a B75 or H61 (the chips realistic chipset) can produce, we have done this before and have found that the general difference is 2-5FPS from mid to high end can be around 10FPS from a low end to high end board, that is the reason why you pay so much. If performance was the same then they wouldn't cost it. Also what possible reason is there not to use the Crosshair V formula Z update which every reviewer will tell you is the best undisputed AM3+ board available.The 2500k SKU listing on Intels site is $225 why is it even listed? and this is largely irrelevent as we know the 3970X barely ever makes notable difference over a 3570K yet the LGA2011 is 2-3x the costing. That said it should not be a Sub $200 but CPU in general. Thereafter we need to look at the total value of setup. That ASRock A85 board has basically everything that $400 board has including 3 way xfire/sli support all at just over $100. AM3+ has tended to give a lot of features for a lower cost. When looking at intel B75 and H61 is a disaster, Z77 is expensive (like Z68 was) so why not a full spectrum review on build off's to price point and relative performance.And just another for the road, a i3 is certainly far from better than any AMD CPU made, this is a perversion that some casual bystander is going overlook and end up with a i3 only to be hopelessly miserable with it.[/citation]

People buy higher end boards to get more features and better overall boards in other ways such as connectivity, better quality components, and such. From the benchmarks that I've seen, higher end boards usually do not change performance at stock anymore than marginally.

There are several good Z77 boards around $100 and if you watch for sales, even some upper mid-ranged and high-end boards can have great deals such as the great ASRock Extreme 4 board that can often be found right at the $105 price point when it's on sale from around $130.

If you want to find out why the i5-2500K was listed, then read the article. It's explained in the article.

I don't see someone being "hopelessly miserable" with an i3 in gaming. Sure, they're not top-of-the-line, but they're generally very good gaming CPUs. If we went by the last page of the article, that chart says that there's not a huge difference between most of AMD's mid-ranged options and the i3s for 1080p. A 10-15% advantage is not bad. If you want to argue that it's wrong, then do what you want, but the chart certainly doesn't paint AMD in a horrible light against the i3s.
 

noob2222

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It isn't explicitly clear what changed in the last year, since our previous look at processors under $200, to affect performance. But we are using some new games, old games that have been patched,

I can point out one thing that I have said before.

last year : OCZ PC3-16000 2 x 2 GB, 1338 MT/s, CL 8-8-8-20-1T
This year: Corsair Vengence 2 x 2 GB, 2000 MT/s, CL 10-10-10-24-2T

I have tested it with my own system, AMD systems do favor faster memory. Not everything responds to speed, but some obviously do. In the past memory speed reviews, the focus was put on things that don't change instead of looking for the reason to use faster memory.
 
my own issues with this article:

first, 4 gb ram. modern, even budget systems use can afford to use 8gb, since ram is so cheap now. imo, 4 gb is cutting it kinda close, especially with powerful cards with 2gb-2gb+ vram.

consecutive frame latency analysis - need to know more about this method. i didn't jump aboard techreport's latency analysis right away. gonna take the same approach with this one. i didn't question previous roundup because avg. fps was the most widely used metric before and even now. from the latency charts (despite being close diff.), it looked like most of the time, the cpus' dis/advantages (e.g. faster/slower cache, imc, ipc, clockrate, pcie latency, turbo) somehow got levelled in favor of more/less multi(core)threading. i didn't quite understand how it happened.

using fraps to measure time. i belive that a hardware tool would be better suited for this job - like a precision timer or capture device or both, if it/they exist. until then, fraps it is, i guess... i mean, fraps is good for capturing and it is a widely used software, still...may be if fraps was run off a ram drive to reduce lags or something....

use of gtx 680. this is gonna sound a bit weird but i'd prefer an amd radeon for this. cards like 7970 can push a cpu more, unlike gtx 680 which seems to require less cpu power. i assume gtx 680 was chosen for better fxaa support among other factors. afaik 7970 can run fxaa too, but it can tax a cpu harder. woulda liked to see how new catalyst drivers perform...

oc/multitasking benches. 4module/4cores (1 core per module) and 2m/2c modes in amd's bd and pd cpus. woulda liked to see cfx/sli benches too... looks like introduction of a new tool as well as the sheer amount of data stretched this far enough already.

multi-core enhancement in motherboards. afaik, asus, g/b already support it and asrock would soon follow them. in short, what multicore enhancement does is boost the turbo up all the way to max clockrate supported by the partially/fully unlocked cpus (sometimes slightly higher), on all available cpu cores instead of single core. i assume that m.c.e. will treat an i5 2500k as a 2500 non-k by default and 'enhance' it as it would 'enhance' a 2500 non-k. may be that's why the i5 3550 beats 2500k, both having same clockrate but the 3550 being a 22nm cpu. what are the chances that amd cpus that also support turbo(afaik, ph ii x6(thubans), fx and the trinity apus) aren't getting the same auto-oc from the motherboards thus influencing the results? there was no mention of this in the article. core i3, pentiums and am3 athlons and may be llano apus don't support turbo boost. i've also read about mobo vendors supplying reviewers with tweaked bios firmware that enhances cpu performance (not related to m.c.e.). i realize that this sounds far fetched... just wanted to put it out there.

thanks for reading the rant. :)
 
[citation][nom]SuperVeloce[/nom]Great review. i wonder, can pci-e controller have an impact on frame render delay (latency even)? Some say AMD has better controller (and intel have better memory controller)[/citation]

AFAIK, Intel's PCIe controller should be better than AMD's. It supports PCIe 3.0 and is integrated whereas AMD's is a part of the motherboard's chipset and doesn't support PCIe 3.0 yet.
 
Article confirms what Ive been seeing in the systems I've built .

The FX 6300 is the budget gaming champion . Sure , you get beaten in in older game engines that cant multithread well , but every where else you are only a couple of fps behind intel i5s , and since you are saving your self $70 or more on the processor you can usually afford to go one tier higher on the graphics card .
Ultimately on a restricted budget your game experience is better with the FX chip .

When you are running encoding , or productivity tasks the FX absolutely smashes the intel dual cores too , and thats the kind of bonus performance most of us like

And if you feel like overclocking the option is there too

 
[citation][nom]Deadboy90[/nom]AMD's flagship chip cant even beat an entry level i3 in gaming that costs $70 less...smh.[/citation]

Since when do i3s cost $70 and what does it matter considering that AMD's much cheaper FX-4300 and FX-6300 are right along with the FX-8350, thus better competition for the i3s anyway because the more expensive FX-8350 is better competition for the i5s and i7s in highly threaded software?
 

SuperVeloce

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[citation][nom]blazorthon[/nom]AFAIK, Intel's PCIe controller should be better than AMD's. It supports PCIe 3.0 and is integrated whereas AMD's is a part of the motherboard's chipset and doesn't support PCIe 3.0 yet.[/citation]

are you sure about that? As far as I know, AMD did integrate both controllers on chip even before Intel...
 
[citation][nom]blazorthon[/nom]People buy higher end boards to get more features and better overall boards in other ways such as connectivity, better quality components, and such. From the benchmarks that I've seen, higher end boards usually do not change performance at stock anymore than marginally.There are several good Z77 boards around $100 and if you watch for sales, even some upper mid-ranged and high-end boards can have great deals such as the great ASRock Extreme 4 board that can often be found right at the $105 price point when it's on sale from around $130.If you want to find out why the i5-2500K was listed, then read the article. It's explained in the article.I don't see someone being "hopelessly miserable" with an i3 in gaming. Sure, they're not top-of-the-line, but they're generally very good gaming CPUs. If we went by the last page of the article, that chart says that there's not a huge difference between most of AMD's mid-ranged options and the i3s for 1080p. A 10-15% advantage is not bad. If you want to argue that it's wrong, then do what you want, but the chart certainly doesn't paint AMD in a horrible light against the i3s.[/citation]

Blaz I am not doubting results, results are just not universal hence why different unless you universalize the test methods.

Sure you get skimped Z77's which you can spot a mile away and enjoy the RMA's that go with them. When Sandy was out got to test Gigabyte boards, anything below UD5 was stay away territory despite the costs involved. This has carried over to Ivy and basically every manufacturers low end boards have the higher RMA rates, I know this because I do this as a hobby job. Also $100 Z77 going on the above is very skimped on less SATA, Less USB, Slower DIMM's, low quality VRMS, limited PCI-e bus interface etc etc. Consider the lower end AM3+ boards still support more than the above and a $100 FM2A85 board features almost everything the UP7 used has, I don't think you really get good value below $200 with Intel chipsets.

I certainly don't see a i3 as better out the box than AMD across the line, it is certain games and mostly single player in general its either just in front or behind the FX6300. As for overclocking AMD parts to get performance, I have the 8350 ES chip which is clocked at 3.3ghz, it runs every game well and significantly faster than the FX8150 in general feel less twitchy and beats my Thuban in gaming and sizeably in general computing. In general with socket 1155 EOL soon and the rate at which intel chips disappear after its generation going on how quickly 1366 went away, if stuck on a i3 that is as good as it will ever get going on the fact a buyer of said part will be a budget builder and have no money to upgrade to a i5 before they become non existent. As we know with AMD socket stability allows flexibility in upgrading.

Going on this and experience the only feasible intel SKU's are i5k's, i7k's and the 3930k and 3960X. I did mention in the intel thread that Intel also skimps its low end by putting top end igpu's on high end chips which are never going to use them and the i3's that do support it are often like $150 which is ludicrous at every level when a A8 and A10 completely run it into the ground, even dual core APU's are capable of running intel HD into the ground considering the benches ran i7's against a6's and a4's, while haswell will close the gap the policy remains when it seems stupid to have the low end bereft of the better iGPU.
 

boulbox

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[citation][nom]ingtar33[/nom]so... the amd chips test as good as the intel chips (sometimes better) in your latency test, yet your conclusion is yet again based on average FPS?what is the point of running the latency tests if you're not going to use it in your conclusion?[/citation]

well.... they could be throwing money around everywhere *cough* bribed *cough*
 

cyan1d3

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[citation][nom]cleeve[/nom]We absolutely did take latency into account in our conclusion. I think the problem is that you totally misunderstand the point of measuring latency, and the impact of the results. Please read page 2, and the commentary next to the charts.To summarize, latency is only relevant if it's significant enough to notice. If it's not significant (and really, it wasn't in any of the tests we took except maybe in some dual-core examples), then, obviously, the frame rate is the relevant measurement.*IF* the latency *WAS* horrible, say, with a high-FPS CPU, then in that case latency would be taken into account in the recommendations. But the latencies were very small, and so they don't really factor in much. Any CPUs that could handle at least four threads did great, the latencies are so imperceptible that they don't matter.[/citation]


I get what you're saying, but can you not make the same arguement for frame rates? Who can tell the difference between 56 and 60 FPS? Or 95 FPS and 70 FPS.

I would venture to say it's about as significant as some of those latency results which you claim are only relevant if they are significant enough to notice.
 

cleeve

Illustrious


Your comment seems adversarial but you're saying the same thing I've been saying for years. You should read the commentary that accompanies the charts.

I don't worry about frame rates too much unless they drop below 30 FPS, especially below 25 FPS... that's when you can see the difference.

That's why my frame-rate-over-time charts cap out at 60 FPS, a choice that not all of my colleagues agree with. But I'm not interested in comparing 80 to 120 FPS... it's moot. I'm interested in when things get choppy, that's where the boys are separated from the men. That's where it matters.

Same thing with latency. If you can't notice it, it's not relevant. ;)
 

cleeve

Illustrious


It's just as plausible that someone paid you to post that.

More plausible, actually, since *we* use a verifiable scientific method and explain the results in a transparent fashion.

Of course, you'd need to actually read the article to understand. ;)
 
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